G. Sini
发表
Veaceslav Coropceanu,
V. Coropceanu,
D. A. da Silva Filho,
2020,
Advanced Theory and Simulations.
J. Brédas,
A. Moulé,
G. Sini,
2020,
Energy & Environmental Science.
A. Facchetti,
S. Ludwigs,
C. Risko,
2018
.
J. Gražulevičius,
V. Jankauskas,
R. Lygaitis,
2012
.
J. Gražulevičius,
A. Michalevičiūtė,
Egle Gurskyte,
2012
.
F. Dumur,
D. Gigmes,
F. Goubard,
2016
.
J. Gražulevičius,
V. Jankauskas,
D. Volyniuk,
2015
.
J. Gražulevičius,
N. Kukhta,
D. Volyniuk,
2017
.
J. Gražulevičius,
V. Jankauskas,
D. Gudeika,
2015
.
S. Juršėnas,
J. Gražulevičius,
V. Jankauskas,
2012
.
F. Dumur,
D. Gigmes,
F. Goubard,
2018,
Synthetic Metals.
J. Brédas,
J. Tovar,
C. Risko,
2013,
The journal of physical chemistry. B.
A. Hagfeldt,
J. Gražulevičius,
Yeonju Kim,
2021,
ACS applied materials & interfaces.
C. Voz,
J. Gražulevičius,
J. Puigdollers,
2019,
Organic Electronics.
J. Gražulevičius,
N. Kukhta,
D. Volyniuk,
2018
.
J. Gražulevičius,
N. Kukhta,
D. A. S. Filho,
2017
.
F. Goubard,
T. Pauporté,
Diego Magaldi,
2020,
Journal of Materials Science.
S. Juršėnas,
J. Gražulevičius,
V. Jankauskas,
2014
.
P. Hiberty,
S. Shaik,
G. Ohanessian,
1990
.
P. Hiberty,
S. Shaik,
G. Ohanessian,
1989
.
G. Sini,
T. Brigaud,
Julien Pytkowicz,
2008,
Chemistry.
P. Hiberty,
S. Shaik,
G. Sini,
1992
.
The origins of the different bonding features in SiH5– and CH5–; a valence bond curve crossing model
P. Hiberty,
S. Shaik,
G. Sini,
1989
.
K. Woon,
G. Sini,
P. Nikishau,
2022,
Advanced Theory and Simulations.
F. Vidal,
P. Aubert,
C. Chevrot,
2017
.
J. Gražulevičius,
P. Skabara,
D. Volyniuk,
2020,
Journal of Materials Chemistry C.
R. Crabtree,
O. Eisenstein,
G. Sini,
2002,
Inorganic chemistry.
T. Koetzle,
R. Crabtree,
A. Albinati,
1995
.
G. Sini,
M. Bellassoued,
N. Brodie,
2000
.
O. Eisenstein,
S. Macgregor,
J. H. Teuben,
1994
.
William R. Dichtel,
T. Rajh,
S. Barlow,
2021,
Advanced materials.
C. Plesse,
P. Aubert,
F. Goubard,
2012
.
A. Tomkeviciene,
J. Gražulevičius,
V. Jankauskas,
2014,
Physical chemistry chemical physics : PCCP.
Odile Eisenstein,
Robert H. Crabtree,
Eduardo Peris,
1998
.
F. Carré,
O. Eisenstein,
F. Dahan,
2001
.
J. Gražulevičius,
R. Lygaitis,
D. Gudeika,
2017
.
J. Gražulevičius,
V. Jankauskas,
D. Gudeika,
2016
.
J. Brédas,
A. Asiri,
C. Risko,
2014
.
P. Hiberty,
S. Shaik,
P. Maître,
1991
.
Sergei V. Kalinin,
A. Belianinov,
J. Brédas,
2016,
Nature Communications.
Sason Shaik,
Philippe C. Hiberty,
P. Hiberty,
1992
.
A. Tomkeviciene,
J. Gražulevičius,
D. Volyniuk,
2017
.
S. Zakeeruddin,
M. Grätzel,
A. Hagfeldt,
2020
.
Jurate Simokaitiene,
J. Gražulevičius,
Juozas V. Grazulevicius,
2017
.
Said Karim Shah,
F. Goubard,
L. Hirsch,
2015
.
Said Karim Shah,
F. Goubard,
L. Hirsch,
2015
.
F. Goubard,
S. Péralta,
Chao Wang,
2015
.
C. Zhong,
J. Brédas,
Yuan Li,
2017,
npj Flexible Electronics.
J. Gražulevičius,
D. Volyniuk,
V. Getautis,
2020
.
Jean-Luc Brédas,
Gjergji Sini,
John S Sears,
2011,
Journal of chemical theory and computation.
J. Gražulevičius,
Seyhan Salman,
D. Volyniuk,
2021,
Journal of Materials Chemistry C.
D. A. da Silva Filho,
G. Sini,
L. E. de Sousa,
2021,
Physical chemistry chemical physics : PCCP.
Yuanyuan Hu,
Jongho Kim,
M. Mallouki,
2023,
Materials Today Advances.
J. Gražulevičius,
Seyhan Salman,
D. Volyniuk,
2018
.
Aggregation, thermal annealing, and hosting effects on performances of an acridan-based TADF emitter
A. Tomkeviciene,
J. Gražulevičius,
A. Lazauskas,
2018,
Organic Electronics.
R. Crabtree,
A. Albinati,
A. Rheingold,
1997
.
J. Brédas,
D. Beljonne,
J. Cornil,
2012,
Theoretical Chemistry Accounts.
R. Crabtree,
O. Eisenstein,
Wenbin Yao,
1998
.
J. Brédas,
Hong Li,
G. Sini,
2021,
Advanced Functional Materials.